Can you please do all of them. thank you Multiplicative Vector LabThese problems share the same set of vectors (and the same as the previous exercises). Rememberthat while there are two angles between any two vectors placed tail to tail (their sum is 360°), thesmaller of the two angles is what's defined as e in the scalar formulas for the dot and cross products.These questions are designed to help you identify the useful information about the vectors beforeactually multiplying them.A = 1.200 m (8) + 3.90 m (ŷ)B = 4.000 m (-8) + 5.60 m (ŷ)C= 1.200 m (f) + 140.00° (Ô)Questions 1-3 share the same set of answers:A) 1.200 mB) 0.919753 mC) 3.90 mD) 0.771345 mE) 5.60 mF) 4.08 mG) 4.000 mH) 6.98 I01 mI) 6.88 186 m1) Calculate A (the total magnitude of vector Ã)?2) Calculate B.3) Calculate C.Questions 4-6 share the same set of answers:A) 140.00B) 14.462 5) Compute the magnitude of the cross product AT|-6) Compute the magnitude of the cross product |C-B |.Questions 7-10 share the same set of answers:A) +âB) -C) +ỹD) -9E) +2F) -2G) the correct answer is not on this list7) What is the vector direction appropriate to the cross product A-B?8) What is the vector direction appropriate to the cross product À-Ĉ?9) What is the vector direction appropriate to the cross product -B?10) What is the vector direction appropriate to the cross product B - Ã?

The magnitude of a vector refers to its numerical value. It is calculated by taking the square root…

Multiplicative Vector Lab These problems share the same set of vectors (and the same as the previous exercises). Remember that while there are two angles between any two vectors placed tail to tail (their sum is 360°), the smaller of the two angles is what's defined as e in the scalar formulas for the dot and cross products. These questions are designed to help you identify the useful information about the vectors before actually multiplying them. Â= 1.200 m (X) + 3.90 m (ŷ) B = 4.000 m(-x) + 5.60 m ŷ) Ĉ = 1.200 m (?) + 140.00°(ê) Questions 1-3 share the same set of answers: A) 1.200 m B) 0.919753m C) 3.90 m D) 0.771345 m E) 5.60 m F) 4.08 m G) 4.000 m H) 6.98 I01m 1) 6.8 5 186 m 1) Calculate A (the total magnitude of vector Â)? 2) Calculate B. 3) Calculate C.

Multiplicative Vector Lab These problems share the same set of vectors (and the same as the previous exercises). Remember that while there are two angles between any two vectors placed tail to tail (their sum is 360°), the smaller of the two angles is what's defined as e in the scalar formulas for the dot and cross products. These questions are designed to help you identify the useful information about the vectors before actually multiplying them. Â= 1.200 m (X) + 3.90 m (ŷ) B = 4.000 m(-x) + 5.60 m ŷ) Ĉ = 1.200 m (?) + 140.00°(ê) Questions 1-3 share the same set of answers: A) 1.200 m B) 0.919753m C) 3.90 m D) 0.771345 m E) 5.60 m F) 4.08 m G) 4.000 m H) 6.98 I01m 1) 6.8 5 186 m 1) Calculate A (the total magnitude of vector Â)? 2) Calculate B. 3) Calculate C.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

Can you please do all of them. thank you

Multiplicative Vector Lab
These problems share the same set of vectors (and the same as the previous exercises). Remember
that while there are two angles between any two vectors placed tail to tail (their sum is 360°), the
smaller of the two angles is what's defined as e in the scalar formulas for the dot and cross products.
These questions are designed to help you identify the useful information about the vectors before
actually multiplying them.
A = 1.200 m (8) + 3.90 m (ŷ)
B = 4.000 m (-8) + 5.60 m (ŷ)
C= 1.200 m (f) + 140.00° (Ô)
Questions 1-3 share the same set of answers:
A) 1.200 m
B) 0.919753 m
C) 3.90 m
D) 0.771345 m
E) 5.60 m
F) 4.08 m
G) 4.000 m
H) 6.98 I01 m
I) 6.88 186 m
1) Calculate A (the total magnitude of vector Ã)?
2) Calculate B.
3) Calculate C.
Questions 4-6 share the same set of answers:
A) 140.00
B) 14.462

5) Compute the magnitude of the cross product AT|-
6) Compute the magnitude of the cross product |C-B |.
Questions 7-10 share the same set of answers:
A) +â
B) -
C) +ỹ
D) -9
E) +2
F) -2
G) the correct answer is not on this list
7) What is the vector direction appropriate to the cross product A-B?
8) What is the vector direction appropriate to the cross product À-Ĉ?
9) What is the vector direction appropriate to the cross product -B?
10) What is the vector direction appropriate to the cross product B - Ã?

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